Newham STW Upgrade

Newham Sewage Treatment Works (STW) is located on the outskirts of Truro, Cornwall. The site treats wastewater from the city and the surrounding areas which are experiencing a rapid population growth.

A £6.8M project was sanctioned in May 2018 to provide a new secondary process stream, utilising the novel Nereda™ granular activated sludge technology, to accommodate the growth. A new sludge treatment plant was also installed to double the sludge treatment capacity of the works.

What we did

Pell Frischmann was responsible for Optioneering, Outline Design and Detailed Design, including Construction Support. We also developed and promoted the Business Case on behalf of SWW to secure sanction of the project funding.

Pell Frischmann collaborated with Royal HaskoningDHV as the specialist process contractor and owner of the Nereda Treatment Intellectual Property. Hence, we worked closely with them to develop the overall design the treatment plant.

A 3D Revit® model, acting as a central design tool, was adopted to ensure effective collaboration with the numerous suppliers and subcontractors. This enabled all interfaces to be well managed within the constrained footprint.

 

 

Pell Frischmann acted as Commissioning Manager, responsible for commissioning of the Nereda™ plant and sludge treatment facility. This role included:

Outcomes

This affordable, sustainable scheme was delivered safely and ahead of programme. It provides a robust increase in treatment capacity, improving the reliability and flexibility of the existing works whilst meeting South West Water’s Business Plan Outcome Delivery Incentive (ODI) targets for the reduction of Category 1 and 2 wastewater pollution incidents, 100% Wastewater Treatment Works numeric compliance and asset reliability.

The novel treatment process, provides the following key benefits:

 

We’d love to hear from you!

To find out more about Newham STW, please contact us through our form here.

Stats

  • icon-arrow Catchment population growth of 10,700 anticipated by 2030, the majority of which is from new developments in the Threemilestone area;
  • icon-arrow 33% increase in wastewater treatment capacity and 100% increase in sludge treatment capacity provided;
  • icon-arrow Novel treatment process results in 50% reduction in the new plant footprint required and up to 50% annual energy savings when compared with traditional treatment processes.
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